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Planetary Geology Review (Earth and Space)

Total questions: 60

Worksheet time: 20mins

Name
Class
Date
1.

Molten rock below the surface of the Earth.

a)

Magma

b)

Lava

2.

Molten rock above the surface of the Earth.

a)

Magma

b)

Lava

3.

What category of rocks makes up about 75% of the rocks found on Earth's Surface?

a)

Igneous rocks

b)

Metamorphic rocks

c)

Sedimentary rocks

4.

What category of rocks are the most common rocks found on terrestrial planets in our solar system?

a)

Igneous rocks

b)

Metamorphic rocks

c)

Sedimentary rocks

5.

Rock type formed when molten hot material (magma or lava) cools and solidifies.

a)

Igneous rocks

b)

Metamorphic rocks

c)

Sedimentary rocks

6.

Rock type formed when rocks are changed from their original form by immense heat or pressure.

a)

Igneous rocks

b)

Metamorphic rocks

c)

Sedimentary rocks

7.

Rock type formed when pieces of minerals, other rocks, or organic materials are compacted and cemented together.

a)

Igneous rocks

b)

Metamorphic rocks

c)

Sedimentary rocks

8.

The natural process of rock and soil material being worn away.

a)

Weathering

b)

Erosion

c)

Deposition

9.

The process of moving rocks and soil by wind or water from one location to another.

a)

Weathering

b)

Erosion

c)

Deposition

10.

Natural processes that can lead to the formation of sedimentary rocks.

a)

Compaction and Cementation

b)

Weathering and Erosion

c)

Solidification and Crystallization

d)

Heat and Pressure without Melting

11.

Natural processes that can lead to the formation of igneous rocks.

a)

Compaction and Cementation

b)

Weathering and Erosion

c)

Solidification and Crystallization

d)

Heat and Pressure without Melting

12.

Natural processes that can lead to the formation of metamorphic rocks.

a)

Compaction and Cementation

b)

Weathering and Erosion

c)

Solidification and Crystallization

d)

Heat and Pressure without Melting

13.

Natural processes that can lead to the creation and deposition of sediments.

a)

Compaction and Cementation

b)

Weathering and Erosion

c)

Solidification and Crystallization

d)

Heat and Pressure without Melting

14.

Describes the layer of gasses surrounding the Earth and is divided into sections.

a)

Atmosphere

b)

Geosphere (Lithosphere)

c)

Biosphere

d)

Hydrosphere

e)

Cryosphere

15.

The frozen part of the hydrosphere.

a)

Atmosphere

b)

Geosphere (Lithosphere)

c)

Biosphere

d)

Hydrosphere

e)

Cryosphere

16.

Composed of all the living organisms on the planet.

a)

Atmosphere

b)

Geosphere (Lithosphere)

c)

Biosphere

d)

Hydrosphere

e)

Cryosphere

17.

Describes all the rocks, minerals and molten magma found on or in the Earth.

a)

Atmosphere

b)

Geosphere (Lithosphere)

c)

Biosphere

d)

Hydrosphere

e)

Cryosphere

18.

Describes all the water on Earth – including liquid water (oceans, etc.) and vapor (precipitation).

a)

Atmosphere

b)

Geosphere (Lithosphere)

c)

Biosphere

d)

Hydrosphere

e)

Cryosphere

19.

The accumulation or laying down of matter by a natural process.

a)

Weathering

b)

Erosion

c)

Deposition

20.

Which of the following are characteristics used to classify matter as minerals?

a)

Naturally Occurring

b)

Solid

c)

Inorganic

d)

Ordered Internal Structure

e)

Definite Chemical Composition

21.

A rocky material that makes up the thickest and least dense part of earth's crust.

a)

continental crust

b)

oceanic crust

22.

A rocky material that makes up the thinnest and most dense part of earth's crust.

a)

continental crust

b)

oceanic crust

23.

The lower part of the upper mantle that exhibits plastic (flowing) properties on which the continents move.

a)

asthenosphere

b)

lithosphere

c)

mantle

d)

outer core

e)

inner core

24.

The outermost layer of Earth's surface which is rocky and solid and includes the rigid part of the upper mantle.

a)

asthenosphere

b)

lithosphere

c)

mantle

d)

outer core

e)

inner core

25.

The thickest layer of Earth, under the crust, in which plate movement is generated.

a)

asthenosphere

b)

lithosphere

c)

mantle

d)

outer core

e)

inner core

26.

The layer inside Earth between the mantle and inner core which is made up mostly of molten iron and nickel.

a)

asthenosphere

b)

lithosphere

c)

mantle

d)

outer core

e)

inner core

27.

The innermost layer of the earth made of solid iron and nickel.

a)

asthenosphere

b)

lithosphere

c)

mantle

d)

outer core

e)

inner core

28.

What type of plate boundary is represented by this image?

a)

Divergent Boundary

b)

Convergent Boundary

c)

Transform Boundary

29.

What type of plate boundary is represented by this image?

a)

Divergent Boundary

b)

Convergent Boundary

c)

Transform Boundary

30.

What type of plate boundary is represented by this image?

a)

Divergent Boundary

b)

Convergent Boundary

c)

Transform Boundary

31.

Relatively cooler rock from higher in the mantle slowly sinks toward the mantle. As the warmer material rises, it also cools, eventually pushed aside by warmer rising material and sinking back toward the core.

a)

Convection Current

b)

Hot Spot

c)

Subduction

d)

Midocean Ridge

32.

The action or process in plate tectonics of the edge of one crustal plate descending below the edge of another.

a)

Convection Current

b)

Hot Spot

c)

Subduction

d)

Midocean Ridge

33.

An area on Earth over a mantle plume or an area under the rocky outer layer of Earth, called the crust, where magma is hotter than surrounding magma.

a)

Convection Current

b)

Hot Spot

c)

Subduction

d)

Midocean Ridge

34.

A seafloor mountain system formed by plate tectonics along a divergent boundary.

a)

Convection Current

b)

Hot Spot

c)

Subduction

d)

Midocean Ridge

35.

Which is the most common and second most common element found in Earth's Crust?

a)

Silicon

b)

Oxygen

c)

Iron

d)

Aluminu

36.

The majority of minerals found in Earth's solar system are classified as which of the following?

a)

Oxides

b)

Silicates

c)

Carbonates

d)

Halides

37.

4 smaller inner planets in our solar system that have a solid and rocky surfaces, with dense metallic cores.

a)

Terrestrial Planets

b)

Jovian Planets

38.

4 larger outer planets in our solar system that have gaseous compositions or ice compositions and small, molten rock cores.

a)

Terrestrial Planets

b)

Jovian Planets

39.

Which of the following planetary surface feature is represented at location A?

a)

Ridges, Dunes, or Other Deposition Feature

b)

Volcanism

c)

Lava Flows or Wind/Water Erosion

d)

Impact Crater

40.

Which of the following planetary surface feature is represented at location B?

a)

Ridges, Dunes, or Other Deposition Feature

b)

Volcanism

c)

Lava Flows or Wind/Water Erosion

d)

Impact Crater

41.

Which three terrestrial planets have all of the following layers: inner core, outer core, mantle, crust?

a)

Mercury

b)

Venus

c)

Earth

d)

Mars

42.

Which two Jovian Planets have diameters that are the closest in size?

a)

Jupiter

b)

Saturn

c)

Uranus

d)

Neptune

43.

Which two Terrestrial Planets have diameters that are the closest in size?

a)

Mercury

b)

Venus

c)

Earth

d)

Mars

44.

Which layers do not exist on any of the Jovian planets?

a)

Core

b)

Mantle

c)

Crust

45.

Raw materials or minerals that come from a particular part of the world where conflict is occurring and affects the mining and trading of those materials.

a)

Ore

b)

Conflict Mineral

c)

Gemstone

d)

Mined Minerals

46.

There are 4 minerals connected to the 3TG conflict mineral classification. Name one of the minerals represented by the 3T.

(a)  

47.

There are 4 minerals connected to the 3TG conflict mineral classification. Name the mineral represented by the G.

(a)  

48.

Describes how a mineral reflects light. The terms metallic and nonmetallic describe the basic types of this mineral characteristic.

a)

Color

b)

Luster

c)

Streak

d)

Cleavage

49.

The color of the powdered mineral, which is usually more useful for identification than the color of the whole mineral sample. Rubbing the mineral on a plate will produce this characteristic.

a)

Color

b)

Luster

c)

Streak

d)

Cleavage

50.

What is the name of the scale that arranges the minerals in order of increasing hardness? Each higher-numbered (harder) mineral will scratch any mineral with a lower number (softer).

(a)  

51.

The way in which a mineral breaks along smooth flat planes. These breaks occur along planes of weakness in the mineral's structure. However, if a mineral breaks along an irregular surface, it does not have this characteristic.

a)

Cleavage

b)

Streak

c)

Tenacity

d)

Fracture

52.

This category of igneous rocks are formed on the surface of the Earth from lava, which is magma that has emerged from underground.

a)

Extrusive Rocks

b)

Intrusive Rocks

53.

This category of igneous rocks are formed from magma that cools and solidifies within the crust of the planet.

a)

Extrusive Rocks

b)

Intrusive Rocks

54.

What characteristic of the material in Earth's geosphere is the reason for the layers?

a)

Hardness

b)

Volume

c)

Density

d)

Malleability

55.

Which of these planetary surface features is a result of plate tectonics?

a)

Impact Craters

b)

Alluvial fans

c)

Fault Lines

d)

 River Valleys

56.

Which plate boundary is creating new crust?

a)

Convergent

b)

Divergent

c)

Transform

57.

Which plate boundary involves the subduction of oceanic crust under continental crust?

a)

Convergent

b)

Divergent

c)

Transform

58.

Which statements about seismic waves is true? (Mark all that apply)

a)

p-waves travel through solids and liquids

b)

s-waves travel through solids only

c)

p-waves travel through liquids only

d)

Both p and s waves travel through solids and liquids

59.

Which layer of the geosphere is believed to be the source of Earth's protective magnetic field?

a)

Inner core

b)

Outer core

c)

Mantle

d)

Lithosphere

60.

Which layers of the geosphere are liquid? (Mark all that apply)

a)

Inner core

b)

Outer core

c)

Mantle

d)

Asthenosphere